One of the most significant developments in computational atomic and molecular physics in
recent years has been the introduction of B-spline basis sets in calculations of atomic and …

With the advent of attosecond light pulses at the beginning of this century, the possibility to
perform real‐time observations of electron motion in molecules has spurred impressive …

The interaction of an extreme-ultraviolet attosecond pulse with a molecular system suddenly
removes electrons, which can lead to significant changes in the chemical bonding and …

Collision processes among the constituents of low-temperature hydrogen plasmas (e, H, H+,
H−, H2, H+ 2, H+ 3) play a key role in technical plasma applications as well as in the …

One of the most significant developments in modern computational physics has been the
introduction of B-spline basis sets to evaluate continuum states of atoms and molecules. B …

Covering state-of-the-art advances, novel applications, and future perspectives, this volume
presents new directions on the basic studies of charged particle and photon interactions with …

The theoretical description of observables in attosecond pump–probe experiments requires
a good representation of the system's ionization continuum. For polyelectronic molecules …

The most precise determination of the ionisation and dissociation energies of molecular
hydrogen H2 was carried out recently by measuring three intervals independently: the X→ …

We present a nonperturbative time-dependent theoretical method to study H 2 ionization
with femtosecond laser pulses when the photon energy is large enough to populate the Q 1 …

We present the hybrid anti-symmetrized coupled channels method for the calculation of fully
differential photo-electron spectra of multi-electron atoms and small molecules interacting …